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An Immunity-inspired Relocation Method for Unknown Malware Detection

机译:一种用于未知恶意软件检测的免疫启动重定位方法

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Malware is a type of software designed to gain unauthorized access to a computer system. Most malwares have a relocation module that gets the base address of the codes in execution environment to infect other programs, neither do most legitimate programs. Due to this unique characteristic, the malware relocation module can be extracted as an antibody in the immune systems to detect the specific antigens. We present a malware detection method inspired by biology immune system and the structure of malware relocation code. The experiment is conducted and the result shows that this approach not only has relatively higher detection rate of unknown malware than other methods, but also has better capability of self-adaptive and self-learning.
机译:恶意软件是一种软件,旨在获得对计算机系统的未经授权访问的类型。大多数恶魔座都有一个重定位模块,获取执行环境中的代码的基础地址,以感染其他程序,也不是最合法的程序。由于这种独特的特征,可以将恶意软件重定位模块作为免疫系统中的抗体提取以检测特定抗原。我们介绍了一种由生物学免疫系统启发的恶意软件检测方法和恶意软件重定位码的结构。进行实验,结果表明,这种方法不仅具有比其他方法更高的恶意软件的检测率相对较高,而且还具有更好的自适应和自学的能力。

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